CN107300418B - Intelligent light sensing system - Google Patents
Intelligent light sensing system Download PDFInfo
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- CN107300418B CN107300418B CN201610229901.7A CN201610229901A CN107300418B CN 107300418 B CN107300418 B CN 107300418B CN 201610229901 A CN201610229901 A CN 201610229901A CN 107300418 B CN107300418 B CN 107300418B
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- 230000003287 optical effect Effects 0.000 claims abstract description 83
- 230000015654 memory Effects 0.000 claims abstract description 53
- 238000005286 illumination Methods 0.000 claims abstract description 47
- 230000005540 biological transmission Effects 0.000 claims abstract description 5
- 238000012545 processing Methods 0.000 claims description 5
- 238000004020 luminiscence type Methods 0.000 claims description 4
- 230000035807 sensation Effects 0.000 claims description 4
- 208000033748 Device issues Diseases 0.000 claims description 2
- 230000003760 hair shine Effects 0.000 claims description 2
- 230000000977 initiatory effect Effects 0.000 claims description 2
- 238000000034 method Methods 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 2
- 230000005611 electricity Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 230000006870 function Effects 0.000 description 2
- 238000004891 communication Methods 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000004438 eyesight Effects 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01J—MEASUREMENT OF INTENSITY, VELOCITY, SPECTRAL CONTENT, POLARISATION, PHASE OR PULSE CHARACTERISTICS OF INFRARED, VISIBLE OR ULTRAVIOLET LIGHT; COLORIMETRY; RADIATION PYROMETRY
- G01J1/00—Photometry, e.g. photographic exposure meter
- G01J1/42—Photometry, e.g. photographic exposure meter using electric radiation detectors
- G01J1/4204—Photometry, e.g. photographic exposure meter using electric radiation detectors with determination of ambient light
Abstract
A kind of intelligent light sensing system, it includes a light sensing apparatus and an intelligent running gear, light sensing apparatus includes optical sensing subassembly and can be used to sense the illumination of ambient enviroment or colour temperature and issue optical sense signal, intelligent running gear includes man-machine interface and specifically uses situation for user's selection, and intelligent running gear can use corresponding this on optical signal of situation, memory of the lower limit value through wireless transmission method write-in light sensing apparatus, light sensing apparatus is allowed to can determine whether the illumination of lighting environment or colour temperature accommodate user selected using situation, and it issues corresponding indicating signal and reminds user's lighting environment whether suitable.
Description
Technical field
The present invention relates to a kind of applications of light sensing technology, can correspond to different use situations especially with regard to one kind and enable
Optical sensor issues the light sensing system of different indicating signals.
Background technique
At home or the lighting environment of workplace is extremely important for the maintenance of eyesight, and the comfortable of life and work are imitated
Rate also has close relationship.For example, in home environment, be suitble to see the illumination of TV about at the lux 150-300 (lux), but
Illumination needed for writing is then about in the lux 750-1000.Other than illumination, the colour temperature performance in lighting environment also be will affect
Working efficiency and comfort.
However, many common people solution not much of that for the different relevant knowledges using lighting environment required for situation, is indulged
Make that the light sensing apparatus such as illumination photometer, colour temperature meter can be used also can not often to judge the photograph in the place to measure illumination and colour temperature
The activity that degree and colour temperature are engaged in if appropriate for user.For example, seeing that TV and writing are exactly for illumination requirement very different
Difference use situation, and user generally for the two be suitble to illumination range and have little understanding.
In addition to this, the user of all ages and classes layer is also not quite similar for the demand of lighting environment.In general, older
Person needs the lighting environment of higher illumination compared with adult, and adult needs the lighting environment of higher illumination compared with child again.
Therefore, how assisting user judges whether lighting environment meets demand, is considered needed for the personage of this field in fact.
Summary of the invention
In view of this, the main purpose of the present invention is to provide one kind and can assist in user and judge whether ambient lighting accords with
Close the light sensing system for using situation instantly.
In order to reach above-mentioned and other purposes, the present invention provides a kind of intelligent light sensing system comprising a light sensing
Device and an intelligent running gear, light sensing apparatus include an at least optical sensing subassembly, one first memory, one first processing
Device, an indicator and one first wireless transceiver, optical sensing subassembly, the first memory, indicator and the first wireless transceiver with
First processor signal connection, optical sensing subassembly then to sense ambient enviroment illumination or colour temperature and issue a light sensing news
Number.Intelligent running gear includes a man-machine interface, one second memory, a second processor and one second wireless transceiver, people
Machine interface, the second memory, the second wireless transceiver are connect with second processor signal, and the second memory is loaded with to be made suitable for difference
With one, man-machine interface select one of which to make at least within for user in the upper limit value and lower limit value of the optical information of situation
Use situation.When man-machine interface be in a sense mode and user's selection one specifically using situation when, the optical sense signal according to
Sequence is sent to second processor via the first wireless transceiver and the second wireless transceiver, and second processor is by the received light sensation of institute
Survey signal and be shown in man-machine interface, and second processor by user it is selected using in optical information corresponding to situation,
One sequentially transmits via the second wireless transceiver and the first wireless transceiver and is stored in the first memory to lower limit value at least within,
First processor is by the optical sense signal that optical sensing subassembly is sensed and is stored in the optical information upper limit value and lower limit value of the first memory extremely
Few one of them is compared, and issues corresponding indicating signal according to comparison result control instructions device.
In order to realize above-mentioned and other purposes, the present invention also provides a kind of intelligent light sensing systems comprising a light sensation
Device and an intelligent running gear are surveyed, light sensing apparatus includes an at least optical sensing subassembly, one first memory, one first processing
Device, an indicator and one first wireless transceiver, optical sensing subassembly, the first memory, indicator and the first wireless transceiver with
First processor signal connection, optical sensing subassembly then to sense ambient enviroment illumination or colour temperature and issue a light sensing news
Number.Intelligent running gear includes a man-machine interface, one second memory, a second processor and one second wireless transceiver, people
Machine interface, the second memory, the second wireless transceiver are connect with second processor signal, and the second memory is loaded with to be made suitable for difference
With one, man-machine interface select one of which to make at least within for user in the upper limit value and lower limit value of the optical information of situation
Use situation.When man-machine interface is in a sense mode and user's selection one specifically uses situation, second processor will be used
Person it is selected using optical information upper limit value and lower limit value corresponding to situation at least within one sequentially via the second wireless transceiver
And first wireless transceiver transmit and be stored in the first memory, the optical sense signal that first processor is sensed optical sensing subassembly
One is compared at least with the optical information upper limit value and lower limit value that is stored in the first memory, and refers to according to comparison result control
Show that device issues corresponding indicating signal.
By above-mentioned design, user can use light sensing apparatus not only to detect the illumination or colour temperature of environment, more may be used
Through the specific illumination being suitble to using situation of intelligent running gear feedback or colour temperature condition to light sensing apparatus, allow user can
Judge locating lighting environment if appropriate for the use situation to be engaged in of user through the indicator on light sensing apparatus.
Detailed description of the invention
1st figure is the architecture diagram of the intelligent light sensing system preferred embodiment of the present invention.
2nd figure is the man-machine interface of the intelligent running gear of the intelligent light sensing system preferred embodiment of the present invention,
Display uses the Selection Floater of situation.
3rd figure is the man-machine interface of the intelligent running gear of the intelligent light sensing system preferred embodiment of the present invention,
Show the normal luminance upper limit value and lower limit value for the illumination and currently used situation that current light sensing apparatus is sensed.
4th figure is the man-machine interface of the intelligent running gear of the intelligent light sensing system preferred embodiment of the present invention,
Show the control panel comprising multiple-working mode.
5th figure is the man-machine interface of the intelligent running gear of the intelligent light sensing system preferred embodiment of the present invention,
Show the Selection Floater of user's identification.
6th figure is the man-machine interface of the intelligent running gear of the intelligent light sensing system preferred embodiment of the present invention,
Show the standard color temperature upper limit value and lower limit value for the colour temperature and currently used situation that current light sensing apparatus is sensed.
Symbol description
10 optical sensing subassembly 11 of light sensing apparatus
First memory, 12 first processor 13
14 first wireless transceiver 15 of indicator
The intelligent running gear 20 of battery 16
21 location options 211 of man-machine interface
Action option 212 uses situation 213
214 optical sense signal value 215 of upper limit value and lower limit value
216 sense mode 217 of brief comment message
218 light illumination mode 219 of battery status
220 user of night illumination mode identification 221
Second memory, 22 second processor 23
Second wireless transceiver, 24 battery 25
Specific embodiment
The 1st figure is please referred to, illustrated is the system architecture diagram of present pre-ferred embodiments, the intelligent light sensing system
Including a light sensing apparatus 10 and an intelligent running gear 20.
Light sensing apparatus 10 includes an optical sensing subassembly 11, one first memory 12, a first processor 13, an indicator
14, one first wireless transceiver 15 and a battery 16.Optical sensing subassembly 11, the first memory 12, indicator 14 and first are wireless to receive
Hair device 15 is connect with 13 signal of first processor, and battery 16 is to power (and being electrically connected) in light sensing apparatus 10
The component of other power consumptions, including but not limited to optical sensing subassembly 11, the first memory 12, first processor 13, indicator 14 and
One wireless transceiver 15.In other possible embodiments, light sensing apparatus may not include battery, and can external alternating current as it
Power source.
Optical sensing subassembly 11 is the illumination or colour temperature to sense ambient enviroment and issues an optical sense signal.Preferably,
Optical sense signal will be that the optical sense signal of analog signal is converted to digital signal via analog-digital converter originally.
First memory 12, first processor 13, indicator 14, the first wireless transceiver 15 and battery 16 can be but be not limited to
Be integrated into one can program logic controller (Programmable Logic Controller, PLC), indicator 14 can be at least
The combination of one luminescence component (such as LED) or at least one buzzer or luminescence component and buzzer, indicator 14 can be used to send out
The indicating signals such as light or the sound out.In the preferred embodiment, first processor 13 can be used to sense the remaining capacity of battery 16
And generate a remaining capacity signal.
Intelligent running gear 20 can be but be not limited to a smartphone, PDA or tablet computer comprising one is man-machine
Interface 21, one second memory 22, a second processor 23, one second wireless transceiver 24 and a battery 25.Man-machine interface 21,
Two memories 22, the second wireless transceiver 24 are connect with 23 signal of second processor, and battery 25 is to supply electricity to intelligent action
The component of other power consumptions in device 20, including but not limited to man-machine interface 21, the second memory 22, second processor 23 and the second nothing
Line transceiver 24.Similarly, in other possible embodiments, intelligent running gear may not include battery, and can external city
Electricity is used as its power source.
User can operate intelligent running gear 20 by man-machine interface 21, and man-machine interface 21 generally includes screen
With input module, in common embodiment, man-machine interface 21 can have both both screen and input module for a touch screen
Function.In other possible embodiments, input module can be but be not limited to other physical buttons, keyboard or mouse.
Second memory 22 be loaded with the optical information suitable for different using situation (such as illumination or colour temperature) upper limit value and under
One at least in limit value.In preferable embodiment, it is stored in the optical information of the second memory 22 usually while includes
Upper limit value and lower limit value；In other possible embodiments, it only includes upper for being stored in the partial optical information of the second memory 22
Limit value only includes lower limit value.
As shown in Fig. 2, man-machine interface 21 for user select it is one of use situation, in the present embodiment, use feelings
The Selection Floater in border includes place to use option 211 (such as " household ", " office ", " open air ") and Action option 212
(such as " writing ", " reading ", " seeing TV ") when user's siting option and Action option, in other words selected specific
When using situation, i.e., it can correspond to corresponding optical information upper limit value and lower limit value in the second memory 22.
In the present embodiment, when man-machine interface 21 is in a sense mode and user selected one specifically uses situation,
As shown in Fig. 3, the optical sense signal that optical sensing subassembly 11 is sensed i.e. can be sequentially via the first wireless transceiver 15 and second
Wireless transceiver 16 is sent to second processor 23, and by second processor 23 is shown in the received optical sense signal of institute man-machine
Interface 21, man-machine interface at this time 21 can for example show it is current using situation 213, this is believed using optics corresponding to situation 213
Upper limit value and lower limit value 214 and optical sense signal value 215 instantly are ceased, meanwhile, second processor 23 also can determine whether that optical sense signal value is
It is no between upper limit value and lower limit value, and according to judging result one brief comment message 216 of the display of man-machine interface 21 (such as " good " or " no
It is good ").
In addition to this, intelligent running gear 20 can also be by user for using the selection result of situation to feed back to light sensing
Device 10.At this point, second processor 23 can by user it is selected using optical information upper limit value and lower limit value corresponding to situation extremely
Few one of them sequentially transmits via the second wireless transceiver 24 and the first wireless transceiver 15 and is stored in the first memory 12, and
First processor 13 can be by the optical sense signal that optical sensing subassembly 11 is sensed and the optical information for being stored in the first memory 12 afterwards
One is compared upper limit value and lower limit value at least within, and the result control instructions device 14 according to comparison issues corresponding indicating signal.
For example, when first processor 13 judges the use selected by the user of brightness value that optical sensing subassembly 11 is sensed
Between the corresponding illumination upper limit value and lower limit value of situation, then first processor 13 can control indicator 14 to issue green light to indicate instantly
Lighting environment is suitble to this to use situation.Relatively, when first processor 13 judges that the brightness value that optical sensing subassembly 11 is sensed is high
In upper limit value or when being less than lower limit value, then indicator 14 can control to send out feux rouges elsewhere, indicating that lighting environment instantly is not suitable for should
Use situation.
It should be noted that optical information corresponding thereto is upper and lower every time when user's selection specifically uses situation
Limit value can be transmitted via the first, second wireless transceiver 15,24 and simultaneously " be stored " in the first memory 12, be advantageous in that, made
User changes other using before situation again, and light sensing apparatus 10 can be directly accessed this in inside and use corresponding to situation
Upper limit value and lower limit value is as judgment basis, and intelligent running gear 20 is not required to be placed at any time near light sensing apparatus 10 or hold with it
Wireless communication is held in continuation of insurance, and light sensing apparatus 10 also independent work and can issue corresponding indicating signal.
In the preferred embodiment, the operating mode for user's selection is not limited to sense mode.Such as in the 4th figure
In, man-machine interface 21 shows that the control panel comprising multiple-working mode is cut between these operating modes for user
It changes, these operating modes include but is not limited to sense mode 217, battery status 218, light illumination mode 219 and night illumination mode
220, after user clicks different operating modes, intelligent light sensing system will have different work performances.
For example, first processor 13 can be sequentially via the first wireless transceiver 15 if user clicks " battery status " option
And second wireless transceiver 16 the remaining capacity signal of battery is transmitted and is stored in the second memory 22, then second processor 23
The remaining capacity signal can be shown in man-machine interface 21.
The occasion of more illuminating rays is needed in user, user can click " light illumination mode " option, second processor
23 can sequentially via the second wireless transceiver 24 and one illumination signal of the first wireless transceiver 15 transmission to light sensing apparatus 10 and
Make 14 continuous illumination of indicator.
If illumination of the optical sensing subassembly 11 to sense ambient enviroment, user can separately click " night illumination mode " choosing
, at this point, second processor 23 is sequentially illuminated via the second wireless transceiver 24 and the transmission of the first wireless transceiver 15 in one night
Signal is controlled to first processor 14, then first processor 14 judges optical sense signal that optical sensing subassembly 11 is sensed (i.e.
Brightness value) whether it is less than the night illumination initiation value (such as 15 luxs) for being stored in the first memory 12, if so, the first processing
One control signal of the sending of device 14 controls the indicator 14 and shines, and realization actively provides the function of night illumination.
In addition, please referring to the 5th figure, in the present embodiment, man-machine interface 21 also selects different users to identify for user
221, such as adult, the elderly and child, the second memory 22 be loaded with the weighting parameters corresponding to different users' identification, such as
Weighting parameters corresponding with " adult " can be 1, and weighting parameters corresponding with " the elderly " can be 1.3, opposite with " child "
The weighting parameters answered can be 0.8.When man-machine interface 21 is in sense mode and user selects specific user identification, the
Two processors 22 can by user it is selected using optical information upper limit value and lower limit value corresponding to situation at least within one multiplied by
The corresponding weighting parameters of the selected user's identification of user, and the optical information upper limit value and lower limit value after weighting is sequentially passed through
Transmitted by the second wireless transceiver 24 and the first wireless transceiver 15 and be stored in the first memory 12, first processor 13 is by light sensation
Survey the optical sense signal that is sensed of component 11 be stored in the optical information upper limit value and lower limit value after the weighting of the first memory 12 at least its
Middle one is compared, and issues corresponding indicating signal according to comparison result control instructions device 14.
By taking " the elderly " as an example, when user selects " the elderly " this user to identify and selectes in " household sees TV "
Use situation, second processor 23 can will correspond to " household sees TV " 150 Le of optical information (such as illumination) lower limit value
Illumination lower limit value 195 Le of the Ke Si multiplied by the weighting parameters 1.3 for corresponding to " the elderly " this user identification, after being weighted
Ke Si；Similarly, join multiplied by weighting 300 lux of illumination upper limit value that second processor 23 can will also correspond to " household sees TV "
Number 1.3 is suitble to 390 lux of illumination upper limit value of " the elderly ", and the illumination upper limit value and lower limit value after weighting is wireless via second
Transceiver 24 and the first wireless transceiver 15 transmit and are stored in the first memory 12, and first processor 13 can be compared accordingly
Corresponding indicating signal is issued with control instructions device 14.
In other possible embodiments, the selection mode of user's identification can be input age, gender or other knowledges
Other information, second processor 23 can give corresponding user's identification according to information such as age, the genders inputted.
The 6th figure is please referred to, other than illumination, intelligent light sensing system of the invention applies also for related with colour temperature
Detection technology, working method is similar with preceding description.In other possible embodiments, light sensing apparatus can also be interior simultaneously
The optical sensing subassembly that can be used to sense illumination and the optical sensing subassembly that can be used to sense colour temperature are built, can also be suitable for illumination simultaneously
And the sensing demand of colour temperature.
Claims (7)
1. a kind of intelligent light sensing system, comprising:
One light sensing apparatus, including an at least optical sensing subassembly, one first memory, a first processor, an indicator and 1
One wireless transceiver, the optical sensing subassembly, first memory, the indicator and first wireless transceiver with this first processing
Device signal connection, the optical sensing subassembly to sense ambient enviroment illumination or colour temperature and issue an optical sense signal；And
One intelligent running gear, including a man-machine interface, deposit mono- second processor of ﹑ and one second wireless receiving and dispatching in one the 2nd
Device, the man-machine interface, second memory, second wireless transceiver are connect with the second processor signal, second memory
Be loaded with the upper limit value and at least one of lower limit value suitable for the different optical information using situation, the man-machine interface be for
Family selection is one of to use situation；
Wherein, when the man-machine interface in a sense mode and when user's selection one specifically uses situation, light sensing news
Number it sequentially is sent to the second processor via first wireless transceiver and second wireless transceiver, which will
The received optical sense signal of institute is shown in the man-machine interface, and the second processor is selected right using situation institute by user
One is sequentially passed via second wireless transceiver and first wireless transceiver optical information upper limit value and lower limit value answered at least within
Send and be stored in first memory, the first processor by the optical sense signal that the optical sensing subassembly is sensed and be stored in this
One is compared the optical information upper limit value and lower limit value of one memory at least within, and controls the indicator according to comparison result and issue
Corresponding indicating signal.
2. a kind of intelligent light sensing system, comprising:
One light sensing apparatus, including an at least optical sensing subassembly, one first memory, a first processor, an indicator and 1
One wireless transceiver, the optical sensing subassembly, first memory, the indicator and first wireless transceiver with this first processing
Device signal connection, the optical sensing subassembly to sense ambient enviroment illumination or colour temperature and issue an optical sense signal；And
One intelligent running gear, including a man-machine interface, deposit mono- second processor of ﹑ and one second wireless receiving and dispatching in one the 2nd
Device, the man-machine interface, second memory, second wireless transceiver are connect with the second processor signal, second memory
Be loaded with the upper limit value and at least one of lower limit value suitable for the different optical information using situation, the man-machine interface be for
Family selection is one of to use situation；
Wherein, when the man-machine interface in a sense mode and user selection one specifically use situation when, the second processor
By user it is selected using optical information upper limit value and lower limit value corresponding to situation at least within one sequentially via second nothing
Line transceiver and first wireless transceiver transmit and are stored in first memory, and the first processor is by the optical sensing subassembly institute
One is compared the optical sense signal of sensing at least with the optical information upper limit value and lower limit value for being stored in first memory, and
The indicator, which is controlled, according to comparison result issues corresponding indicating signal.
3. intelligent light sensing system as claimed in claim 1 or 2, wherein the light sensing apparatus is electrically connected including a battery
In the first processor, which senses the remaining capacity of the battery and sequentially via first wireless transceiver and
Measured remaining capacity signal is transmitted and is stored in second memory by two wireless transceivers.
4. intelligent light sensing system as claimed in claim 3, wherein the second processor shows the remaining capacity signal
In the man-machine interface.
5. intelligent light sensing system as claimed in claim 1 or 2, wherein the indicator is a luminescence component, the human-machine interface
It mouthful is switched between the sense mode and a light illumination mode for user, when the man-machine interface is when the light illumination mode,
The second processor sequentially illuminates signal to the light sensation via second wireless transceiver and first wireless transceiver transmission one
It surveys device and makes the indicator continuous illumination.
6. intelligent light sensing system as claimed in claim 1 or 2, wherein the optical sensing subassembly is to sense ambient enviroment
Illumination, which is a luminescence component, the man-machine interface for user in the sense mode and light illumination mode in one night it
Between switch over, when the man-machine interface is when the night illumination mode, which sequentially second wireless is received via this
Sending out device and the transmission of the first wireless transceiver, for Lighting control signal to first processor, then first processor judgement should in one night
Whether the optical sense signal that optical sensing subassembly is sensed is less than the night illumination initiation value for being stored in first memory, if then should
One control signal of first processor sending controls the indicator and shines.
7. intelligent light sensing system as claimed in claim 1 or 2, wherein the man-machine interface is more selected for user different
User's identification, which is loaded with the weighting parameters corresponding to different users' identification, when the man-machine interface is detectd in this
When survey mode and user select specific user identification, the second processor is selected right using situation institute by user
The optical information upper limit value and lower limit value answered at least within join multiplied by the corresponding weighting of the selected user's identification of user by one
Number, and the optical information upper limit value and lower limit value after weighting is sequentially passed via second wireless transceiver and first wireless transceiver
Send and be stored in first memory, the first processor by the optical sense signal that the optical sensing subassembly is sensed and be stored in this
One is compared optical information upper limit value and lower limit value after the weighting of one memory at least within, and controls this according to comparison result and refer to
Show that device issues corresponding indicating signal.
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| CN201610229901.7A CN107300418B (en) | 2016-04-14 | 2016-04-14 | Intelligent light sensing system |
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| CN201610229901.7A CN107300418B (en) | 2016-04-14 | 2016-04-14 | Intelligent light sensing system |
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| US20210325253A1 (en) * | 2019-12-02 | 2021-10-21 | Sensortek Technology Corp. | Optical sensing method and optical sensor module thereof |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103376156A (en) * | 2012-04-20 | 2013-10-30 | 肖晓飞 | Optical power collection system with software |
| CN104034415A (en) * | 2013-03-08 | 2014-09-10 | 光宝新加坡有限公司 | Ambient light sensing method and sensing device |
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2016
- 2016-04-14 CN CN201610229901.7A patent/CN107300418B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103376156A (en) * | 2012-04-20 | 2013-10-30 | 肖晓飞 | Optical power collection system with software |
| CN104034415A (en) * | 2013-03-08 | 2014-09-10 | 光宝新加坡有限公司 | Ambient light sensing method and sensing device |
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